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Dr. Aaron Budgor Vice President for Strategic Markets and Technologies March 24, 2004

Technology Implications for Net Centric Operations 2004 Interoperability & Systems Integration Conference Industry Views. Dr. Aaron Budgor Vice President for Strategic Markets and Technologies March 24, 2004. Problem Statement.

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Dr. Aaron Budgor Vice President for Strategic Markets and Technologies March 24, 2004

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  1. Technology Implications for Net Centric Operations2004 Interoperability & Systems Integration ConferenceIndustry Views Dr. Aaron Budgor Vice President for Strategic Markets and Technologies March 24, 2004

  2. Problem Statement Warfighting operations currently rely on many stove-piped applications and databases • To enable NCO requirements exist for: • Integration of available information for Joint Command of aerospace, land, and sea power • More efficient synchronization of tasking in the battle space • Greater speed of Command and Control • Automation of knowledge generation, filtering, and refinement • Increasing lethality, survivability and responsiveness • Definitive infrastructure migration paths Common Operating/Tactical Picture requires transparent and consistent fusion of data, assets and displays • To enable NCO requirements exist for: • Cross-cue & dynamic re-tasking of Joint Theater and TENCAP assets and generate greater user productivity • Unified schema that provide view of the battle space tailored to Component Commanders needs • Seamless collaboration among multiple decentralized user communities within an end-to-end Enterprise Architecture 2

  3. Collaboration Application Areas • Distributed, secure collaborative processes among heterogeneous users and environments • Contextual (e.g., role-based, situation-based) interpretation, filtering and integration of information • Multi-modal, multi-language interfaces, localization of information • Heterogeneous multi-way (one-to-many, many-to-many) conferencing • Adaptive MLS information access and sharing both at the information element level, user level and Community of Interest (COI) level • Automated sanitization of (fused) information crossing security boundaries • Automated conditioning of (shared) information for low-date rate collaborators • Near real-time dissemination of coordinated changes in tasking (retargeting, weaponeering, maneuvers and fires) 3

  4. Collaborating Communities Partnership Collaborative Dialog Knowledge Lifecycle Knowledge Needs Management Services Sensor and Platform Webs NCO - Key Building Blocks Collaborative, Integrated and Dynamically Responsive Enterprise 4

  5. NCO Enabler - Resource Center Utility HP version 5

  6. Application Services Model – Coupling to the GIG HP version 6

  7. Technology Breakthroughs Needed · Dynamic Information Management · Dynamic Policy Management · Dynamic Context Management · Dynamic Trust Management · Dynamic Resource Management · Dynamic Reconfigurability Dynamically Recruited Services 7

  8. Collaborating Communities Collaborative Dialog Knowledge Needs Management Services Sensor and Platform Webs NCW CONOPS – How Might this Work? Convert observations into actionable, responsive knowledge Enable users to dynamically form around knowledge production, leveraging shared expertise Partnership Knowledge Lifecycle Broker observations across peer groups of sensors and platforms Optimize sensors and platforms to dynamically address observation tasks 8

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